Did You Know: Zeolite
The material referred to as molecular sieve is called Zeolite. Today zeolite is made synthetically but was originally described by the Greeks. Zeolite is Greek for “Boiling stone”. When the Greeks “discovered” this mineral
Biogas Processing Brochure
Biogas Processing Brochure Information about Biogas Processing solutions for dehydration, H2S removal, siloxane removal, and more. Biogas Processing Brochure - Hengye Inc. hengye-inc-biogas-processing-dehydration-h2s-removal-adsorbentsDownload
Regenerating Adsorbents
Regeneration Molecular Sieve, Activated Alumina, and Silica Gel can all be regenerated, meaning they can be treated to remove what has been adsorbed, so that the product can be used repeatedly. Both heat and/or
Ethanol Producer Intro to Molecular Sieve Dehydration Units
Overview of Molecular Sieve for Ethanol Dehydration Units A quick look at what molecular sieve, why it's used, and how to avoid/identify issues during operation. Ethanol-Introduction-to-Molecular-Sieve-Dehydration-UnitsDownload
Optimizing Dehydration Units (Vapor Phase)
Tips on Operations, Efficiency, and Capacity for Molecular Sieve Units Operating in Vapor Phase Dehydration An overview of optimization principles to help get the best performance out of dehydration units.A written article about Process
Fuel Ethanol Workshop (FEW) Presentation – 2019
2019 FEW Presentation Information as presented at the 2019 Fuel Ethanol Workshop (FEW). This presentation focuses on efficiency factors within the ethanol Dehydration Unit. FEW-2019smDownload
Fuel Ethanol Workshop (FEW) Presentation 2016
2016 FEW Presentation Information as presented at the 2016 Fuel Ethanol Workshop (FEW). This presentation discusses the physical properties of molecular sieve and more. FEW 2016 Presentation FEW-2016smDownload
Ethylene must be Pure and Dry
Ethylene must be Pure and Dry Ethylene must be pure and dry… but ironically, unsaturating olefin/paraffin molecules, is a watery, steamy business! Unfortunately, massive petrochemical molecules don’t just conveniently fall apart into useful bits